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Beyond testing tools, solutions that deliver expertise.
πŸ”’ Chip Security TestingSide-Channel, Fault Injection, Failure Analysis
🌐 Binary AnalysisVulnerability & Malware Research
Websitehttps://eshard.com/

Last week, we hosted the FORTRESS consortium at our HQ. Two days of solid work on quantum-safe secure boot for critical infrastructure across Europe. πŸ›‘οΈ Subscribe to the project newsletter: http://bit.ly/4fVDA0y

#pqc #PostQuantumCryptography #postquantum

Keccak is at the core of ML-KEM and ML-DSA. One fault and your entire PQC stack is compromised.

On July 7th, we show exactly how. Live demos, real targets.
πŸ•™ 10:00 CEST: https://zoom.us/meeting/register/LygBfRjdS3Orn_SJW8QM7w
πŸ•” 17:00 CEST: https://zoom.us/meeting/register/GUt6VmXdRneVK0zlYVzqnA

#PQC #HardwareSecurity #hardware #hardwarehacking #postquantum #postquantumcryptography #webinar #live #cybersecurity

Join us to exploit Keccak's physical vulnerabilities in ML-KEM and ML-DSA implementations live, via side-channel analysis and fault injection.

πŸ•™ 10:00 CEST: https://zoom.us/meeting/register/LygBfRjdS3Orn_SJW8QM7w
πŸ•” 17:00 CEST: https://zoom.us/meeting/register/GUt6VmXdRneVK0zlYVzqnA

#PQC #hardwarehacking #nist #hardware #postquantum #postquantumcryptography

We're starting our webinar on Physical Attacks on PQC Implementations πŸ“’

Join the talk: https://zoom.us/meeting/register/NIX4FovvREe3n6KJ2JbrqA#/registration
#pqc #postquantum #postquantumcryptography

Welcome! You are invited to join a meeting: Securing Post-Quantum Implementations Against Physical Attacks. After registering, you will receive a confirmation email about joining the meeting.

Quantum-resistant algorithms are arriving in real devices;  but physical attacks may already undermine them. eShard and PQShield explore whether side-channel and fault injection attacks pose a real-world threat to PQC implementations, with a live walkthrough of a CPA attack on ML-KEM and first-step countermeasures. Speakers: β†’ Dr Rafael Carrera Rodriguez, Hardware Security Analyst, eShard β†’ Dr Adrian Thillard, Principal Security Analyst, PQShield (ex-Ledger Donjon, ex-ANSSI) Live, interactive session. Limited capacity.  By registering you agree to eShard's Privacy Policy: https://www.eshard.com/privacy-policy

Zoom

Last call to join us at our webinar about securing #PQC implementations against physical attacks πŸ“’

πŸ—“ June 2nd, 10 am CEST | 4 pm SGT
πŸ”— https://zoom.us/meeting/register/NIX4FovvREe3n6KJ2JbrqA

#postquantum #postquantumcryptography #pqc #hardware #hardwarehacking #nist #mlkem #cpa

This weekend we were at Hardwear.io in Santa Clara πŸ‡ΊπŸ‡Έ We joined a talk on fault injection and side-channel analysis, while we demonstrated its real-world application at our booth.

See you at the next edition in Europe later this year!

#hardwarehacking #cybersecurity #hardware

We're at @typhooncon πŸ“πŸ‡°πŸ‡·
We're here all week showing everyone how to master Time Travel Debugging. If you're around, stop by our booth to take on the challenge!

We paired time travel debugging with an #AI agent on a noisy 7B-instruction ARM64 Android trace.

In ~10 minutes, it traced the MTProto v2 decryption chain down to AES-IGE and correctly described the execution flow.

Full write-up πŸ‘‡
https://www.eshard.com/blog/telegram-ttd-trace-analysis

Navigating a 7-Billion-Instruction Telegram TTD Trace with an AI Agent | eShard

Analyzing a 7-billion-instruction ARM64 execution trace of Telegram for Android using our EPOCH MCP time travel debugging tool.

We're heading to @hardwear_io with our Glitching Fault Injection set up and Pattern Detector demo πŸ”¬ See you there!

If your team is preparing for post-quantum migration, now is the right time to look beyond the algorithm and evaluate the implementation.

https://www.eshard.com/blog/webinar-post-quantum-implementations-physical-attacks

#pqc #postquantum #postquantumcryptography #nist

Webinar: Securing Post-Quantum Implementations Against Physical Attacks | eShard

Join eShard and PQShield for a technical webinar on post-quantum cryptography, ML-KEM implementations, and how side-channel analysis helps evaluate physical attack resistance.